Achieving More
with Less
We integrate building physics, energy modelling, and evidence‑based sustainability strategies to support projects from conception through operation.
Energy & Carbon
Smarter systems, lower emissions, and pathways to Net Zero.
Water Efficiency
Reduced consumption, optimized cycles, and lower operational costs.
Comfort & Wellbeing
Healthier, more productive spaces through evidence-based design.
Resilience & Circularity
Future-ready assets designed for longevity and minimal waste.
Direct Impact Outcomes
Sectors We Advise.
Delivering highly specialized environmental and thermal engineering solutions across critical industries.
Rethinking Buildings.
Redefining Sustainability.
At Thermal Environmental, we see buildings not just as structures—but as opportunities: to reduce carbon, enhance comfort, and create resilient spaces that stand the test of time.
We partner with architects, engineers, developers, industry peak bodies, and government to turn complex environmental challenges into smart, high-performance solutions.
Every project is an opportunity to rethink what a building can be.
Integrated Capability
We deliver outcomes by connecting multiple areas of expertise, rather than operating in silos. From early design through to operations, we turn rating results into clear actions.
Energy Modelling & Simulation
Turning complex building physics into clear insight. Predict energy, carbon, comfort, and costs before construction.
Learn MoreRating Tools
We help design, assess, and certify buildings under Green Star, NABERS, WELL, and other sustainability frameworks.
Learn MoreSection J / NCC Compliance
Expert guidance for regulatory energy efficiency, thermal modelling, and development approvals documentation.
Learn MoreLife Cycle Assessment (LCA)
Quantify embodied carbon and environmental impacts throughout the building lifecycle using OneClickLCA.
Learn MorePerformance Testing & Verification
Independent verification including airtightness (Blower Door), acoustics, and indoor air quality assessments.
Learn MoreClimate Change Adaptation
Actionable strategies to safeguard building performance and asset value against future climate risks.
Learn MoreApplied Research & Development
Advancing efficiency through science, focusing on heat transfer, thermo-fluids, and energy recovery technologies.
Learn MoreSustainability Strategy
Specialist advisory for government and industry providers on policy, frameworks, and resilient environments.
Learn MoreDecarbonisation & Advisory
Staged pathways toward operational and whole-of-life net zero, aligning ambition with real-world outcomes.
Learn More
Benchmarking
Excellence.
We assist in balancing capital cost, architectural design, and operational performance through Australia’s recognised sustainability frameworks.
National Construction Code (NCC) / Section J
Thermal modelling and performance analysis to seamlessly meet regulatory energy efficiency requirements.
Green Star Buildings & Interiors
Comprehensive certification for design, construction, and operation of sustainable assets.
NABERS Energy, Water & Waste
Measuring and benchmarking real-world operational performance across multiple sectors.
WELL Building Standard
Evidence-based focus on human health, quality of environment, and occupant wellbeing.
Verification Outcomes
Compliance Assurance
Avg. Operational Energy
WELL Capability
NABERS Potential
Turning Expertise into Action
Where others offer discrete services, Thermal Environmental delivers connected capability—linking modelling, testing, building physics, and sustainability strategy to achieve verifiable, long-term building performance outcomes.
Modelling + Testing + HVAC Expertise
→ Optimised energy, comfort, and operational performance.
Performance Testing + Building Physics
→ Validated envelope performance, reduced thermal and moisture risk.
Life Cycle Analysis + Ratings Expertise
→ Evidence-based certification and sustainability strategies.
Decarbonisation Strategy + Modelling
→ Practical, staged carbon reduction pathways.
Advancing Building Science
Led by our PhD-qualified director, we undertake rigorous experimental studies and numerical simulations to optimise HVAC systems and holistic building performance.
Heat Recovery Opt.
Optimisation of plate, coil, rotary, and run-around systems for maximum energy recovery efficiency.
Coupled Heat Transfer
Investigation of convective heat transfer in complex building geometries and envelope systems.
Envelope Resilience
Numerical simulation of moisture and thermal performance in high-performance building fabrics.
Ready to optimise performance?
Get expert advisory on sustainability strategy and decarbonisation pathways from our specialist team.